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11

SANITATION PROCEDURE FOR INSTALLATION  
AND BULB REPLACEMENT:

HOW TO DISINFECT A WATER SYSTEM:

Every new well, or existing water supply system that has been disrupted for service or repair, should be 

 

disinfected before it is returned to use. Water in the well and storage tank should be treated with a strong  
chlorine solution to destroy disease organisms.  All pipelines and fixtures in the distribution system should be 
rinsed and flushed with chlorinated water.  Upon installation of a U.V. disinfection unit or yearly bulb replace-
ment service, disinfection with chlorine to initially flush the system is recommended to assure line sanitation 
prior to U.V. start up.

The source of chlorine can be ordinary household liquid laundry bleach (about 5.25% available chlorine).  The 
quantity required depends on the volume of water to be treated.  The United States Environment Protection 
Agency (EPA) indicated that about 100 parts of chlorine, by weight, mixed in a million parts of water will 
destroy essentially all water-borne disease organisms.  Table 1 shows the quantity of liquid bleach required to 
disinfect wells of various diameters and depths.  

DISINFECTION PROCEDURE:

DRILLED WELLS:  Remove the cap or seal form the casing and measure the depth of the water in the well, 
then refer to Table 1 to determine how much chlorine solution should be used.  In some instances removing the 
seal to measure the water can be a difficult task, and it is easier to guess at the quantity of disinfectant needed 
than it is to make a more accurate determination (footnote, Table 1).  As a general rule, it is better to use too 
much chlorine than too little.  The disadvantage in doing so is that it will take longer for the taste and odor to 
leave the system.  

Mix the required chlorine disinfectant with a few gallons of water in a plastic bucket and pour it into the well.  
If the seal has a removable vent, unscrew the pipe or plug and pour the disinfecting solution through the hole 
into the well.  For maximum effectiveness, the chlorine must be mixed with the water in the well. This can be 
accomplished by connection a hose to a faucet beyond the pressure tank, and circulating the water from the tank 
back into the casing.  After about 20 minutes, close this faucet, open another at the far end of the distribution 
line and let the water run until the odor of chlorine can be detected.

Close this faucet and repeat the procedure for each of the other outlets on the line until chlorinated water can be 
detected throughout the entire system.  Keep this water in the pipeline for at least 6 hours, (preferably overnight) 
then start the pump and flush the system.  Continue pumping until the odor of chlorine disappears.  For U.V. 
installations or replacement bulb servicing, this can be shortened to 20 minute time.

Summary of Contents for Neptune TRI Series

Page 1: ...on Systems Model TRI 8 TRI 12 TRI 20 It is important that those responsible for the installation of this equipment as well as the owner operator read this manual and carefully follow the instructions...

Page 2: ...nded or sold by the manufacturer distributor may cause an unsafe condition 7 Intended for indoor use Do not install this disinfection system where it will be exposed to the weather Do not store this d...

Page 3: ...on equipment may be required if these parameters cannot be maintained Flow rate must not exceed rated capacity of the unit DESCRIPTION OF EQUIPMENT The Triton series has an unique design with an ultra...

Page 4: ...always be properly grounded INSTALLATION The Triton series are always placed after the pressure tank and any other type of treatment devices i e softeners filters These units are normally installed in...

Page 5: ...selected Simply hand press or slightly tap in the flow control until it sits on the inside ledge of the machined port 3 Using the mounting box provided secure unit to wall or other surface Make sure t...

Page 6: ...6...

Page 7: ...is operational 4 Set the 1 Year Lamp Timer WITH NEW UV LAMP Make sure the control box is plugged into the wall outlet and the UV lamp is on Press and hold the reset button Hold the reset button down f...

Page 8: ...8...

Page 9: ...the quartz sleeve After sufficient film has formed on the quartz sleeve the ability of the ultraviolet germicidal rays to pass though the quartz sleeve and into the water may be impaired Therefore it...

Page 10: ...V to effectively kill bacteria Failure to replace the U V lamps every 9 000 hours may cause bacteriological breakthrough Should the use of the disinfection unit be intermittent in no case should the...

Page 11: ...to determine how much chlorine solution should be used In some instances removing the seal to measure the water can be a difficult task and it is easier to guess at the quantity of disinfectant needed...

Page 12: ...w to protect wells and springs and keep them from becoming contaminated call or visit your local Cooperative Extension office or your nearest certified water treatment specialist TABLE 1 Quantity of s...

Page 13: ...Water System Using Well Sanitizer Pellets Table 1 Well Diameter Inches Weight of Pellets lbs oz Cups of Pellets Number of Pellets To produce a 400 P P M chlorine dosage NOTE Pellets Weight 1 14 gram e...

Page 14: ...n water back down the well this also rinses upper portion of well After about 15 minutes of recirculation the water a strong chlorine odor should be apparent Turn off hose 6 Bypass water softener and...

Page 15: ...gulator or above 120 volts Line cord disconnected Check replace or outlet defective Defective U V lamp Replace Defective lamp ballast Check output voltage Replace ballast Loose open circuit wire Trace...

Page 16: ...ibutor freight paid It is the dealer customer responsibility to reinstall any components which require replacement under warranty No labor will be covered under this Limited Warranty Neptune U V Disin...

Page 17: ...pe Size Overall Dimensions Shipping GPM 120V 120V L x W x D Weight TRI 8 8 1 0 03 0 25 3 4 MIP 21 x 3 5 x 3 5 9 Lbs TRI 12 12 1 0 03 0 25 3 4 MIP 32 x 3 5 x 3 5 18 Lbs TRI 20 20 1 0 03 0 25 1 MIP 35 x...

Page 18: ...bottle or sterile container being used Holding the cap in a down position the operator should then hold his breath while taking the sample so as to avoid oral contamination of the sample The operator...

Page 19: ...19 WIRING DIAGRAM...

Page 20: ...20 7 7 5 1 2 5 5 1 67 03 21752 2 5 5 5 2 0 3 8 0 287 7...

Page 21: ...21 DRAWING AND PART NUMBERS...

Page 22: ...ort Nut 1 7 WTA 268 Top Mounting Bracket 1 8 WTA5 410 Lock Nut 1 9 WTA8 544 End Nut O Ring seal quartz sleeve 1 10 WTA5 409 Brass End Nut 1 11 WTA8 546 O Ring for shroud on end nut 1 12 WTA 7091 Gayno...

Page 23: ...Port Nut 1 7 WTA 268 Top Mounting Bracket 1 8 WTA5 410 Lock Nut 1 9 WTA8 544 End Nut O Ring seal quartz sleeve 1 10 WTA5 409 Brass End Nut 1 11 WTA8 546 O Ring for shroud on end nut 1 12 WTA 7091 Gayn...

Page 24: ...TA5 410 Lock Nut 1 7 WTA8 544 End Nut O Ring seal quartz sleeve 1 8 WTA5 409 Brass End Nut 1 9 WTA8 546 O Ring for shroud on end nut 1 10 WTA 7091 Gaynor Connector 1 11 HS4 075 BK Shrink Tubing 167 12...

Page 25: ...0 12 3 57 180 5 6 5 37 21 47 76 2 76 RQWURO RDUG R URQW 76 76 RQWURO RDUG 76 RUNKRUVH DOODVW 76 0 1 ORQ 6WDQGRII 76 2 76 RQWURO RDUG R DFN 2XWOHW 76 0 RYHU 6FUHZV 76 6WUDLQ 5HOLHI 76 OHFWULFDO 3OXJ 7...

Page 26: ...26 NOTES...

Page 27: ...27 NOTES...

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